Digital Logic Circuit Design Tutorials & Learning Resources
Digital Logic 101 📅 January 2026 • ⏱️ 12 min read • 🎓 Beginner-Intermediate Every digital computer has a pulse—a rhythmic signal that coordinates billions of operations with perfect precision. This is the clock
Digital Logic 101 📅 January 2026 • ⏱️ 20 min read • 🎓 Intermediate So far, we've explored combinational logic—circuits where the output depends only on current inputs. But how do computers
Digital Logic 101 📅 January 2026 • ⏱️ 16 min read • 🎓 Beginner-Intermediate How does a calculator show numbers? How does a digital clock display the time? The answer involves decoders—circuits that translate
Digital Logic 101 📅 January 2026 • ⏱️ 16 min read • 🎓 Beginner-Intermediate How does a CPU choose which register to read? How does a TV select between input channels? The answer is the
Digital Logic 101 📅 January 2026 • ⏱️ 18 min read • 🎓 Beginner-Intermediate Every calculation your computer performs—from simple arithmetic to complex AI algorithms—ultimately comes down to adding binary numbers. In this
Digital Logic 101 📅 January 2026 • ⏱️ 14 min read • 🎓 Beginner-Intermediate The XOR gate is one of the most important gates in digital logic—yet often overlooked in basic courses. It'
Digital Logic 101 📅 January 2026 • ⏱️ 14 min read • 🎓 Beginner-Intermediate De Morgan's Laws are among the most powerful tools in Boolean algebra. They let you transform complex expressions into
Digital Logic 101 📅 January 2026 • ⏱️ 15 min read • 🎓 Intermediate What if you could build an entire computer using just one type of logic gate? It sounds impossible, but the NAND
Demystify the core of digital computing by exploring the essential AND, OR, and NOT logic gates. Learn how these fundamental building blocks operate through interactive simulations.
Learn how to build a 4-bit ripple carry adder, a fundamental digital circuit for binary addition. This tutorial covers the design, implementation, delay analysis, and practical considerations for this essential arithmetic component.
Explore the fundamental concept of shift registers, their operation in serial-to-parallel conversion, and how to build and simulate various types using DigiSim.
Learn to build and understand the 4-bit register, a fundamental digital circuit composed of D flip-flops, essential for data storage in CPUs and memory systems. Explore its operation, variations, and applications.
